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Research and Control Strategy of Air-conditioning Load Model Based on Demand Response

机译:基于需求响应的空调负荷模型研究与控制策略

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Air-conditioning load as an important part of the peak load, its reasonable regulation can effectively improve system efficiency. The air-conditioning load is a typical thermostatically controlled load, and its thermal storage characteristics make it an excellent demand response resource with advantages of fast response speed and low cost. In order to achieve a reasonable dispatch for air-conditioning resources, based on the third-order air-conditioning model, aggregate the air-conditioning load using the Monte Carlo simulation method. On the premise of satisfying user comfort, a method of evaluating the adjustable capacity of air-conditioning is proposed by controlling the working temperature range of air-conditioning. The simulation results prove the feasibility of the method and provide a quantitative basis for the planning of day-ahead scheduling when the air-conditioning load participates in the demand response.
机译:空调负载作为峰值负荷的重要部分,其合理的调节可以有效提高系统效率。空调负载是典型的恒温控制负载,其热存储特性使其成为优异的需求响应资源,优点快速响应速度和低成本。为了实现空调资源的合理调度,基于三阶空调模型,使用Monte Carlo仿真方法汇总空调负荷。在满足用户舒适的前提下,通过控制空调的工作温度范围来提出评估空调可调节容量的方法。仿真结果证明了该方法的可行性,并为当空调负荷参与需求响应时,为日队前方调度提供定量依据。

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